| The Simple Digital Library Interoperability Protocol (SDLIP). available at http://www-diglib.stanford.edu:8080/testbed/ doc/SDLIP/sdlip.htm. |
....with string based meta data. Clients subscribe to data by supplying a query (profile) that consists of similar string attributes. A Channel in the notion of Salamander is built by matching the string attributes of suppliers and clients. The Simple Digital Library Interoperability Protocol (SDLIP) from Stanford University [SDL] is designed for distributed information retrieval in a digital library environment. It supports making suppliers heterogeneity transparent to the clients by mapping queries to their interface via wrappers. As query results are not necessarily available ....
....Clients subscribe to data by supplying a query (profile) that consists of similar string attributes. A Channel in the notion of Salamander is built by matching the string attributes of suppliers and clients. The Simple Digital Library Interoperability Protocol (SDLIP) from Stanford University [SDL] is designed for distributed information retrieval in a digital library environment. It supports making suppliers heterogeneity transparent to the clients by mapping queries to their interface via wrappers. As query results are not necessarily available immediately, SDLIP offers a way to deliver ....
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The Simple Digital Library Interoperability Protocol (SDLIP). available at http://www-diglib.stanford.edu:8080/testbed/ doc/SDLIP/sdlip.htm.
....been proposed by Rosenblum and Wolf [15] We have shown the restrictions of this model in Section 2. Due to its independence of specialized applications, it serves as a basis for our model for alerting services. The Simple Digital Library Interoperability Protocol (SDLIP) from Stanford University [16] is designed for distributed information retrieval in a digital library environment. Alerting on new or changed objects is not focus of SDLIP. However, when starting an asynchronous search, a client can specify the address of an object that implements an interface which will receive the delivery. ....
....and the notion of passive events. It can be used as a basis for the comparison of different systems. General profile structure: In this paper, we defined the general structure of profiles independently from the profile definition language. Several languages and protocols have been proposed [1, 16]. One of our next steps will be the definition of a general profile definition language for bibliographic alerting services. MediAS: We proposed the use of a mediating alerting service to overcome the drawbacks of the various existing implementations. Disadvantages of existing alerting services ....
The Simple Digital Library Interoperability Protocol (SDLIP). available at http://wwwdiglib. stanford.edu:8080/ testbed/doc/SDLIP/sdlip.htm.
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